NXP IEC60730 DSC User Manual
NXP Semiconductors Document identifier: IEC60730DSCE41UG
User's Guide Rev. 0, 03/2021
IEC60730 DSC Example v4.1
NXP Semiconductors
Contents
Chapter 1 Introduction........................................................................................... 3
Chapter 2 Hardware setup.....................................................................................4
Chapter 3 Opening the project...............................................................................6
Chapter 4 Project files structure.............................................................................7
Chapter 5 Project configuration............................................................................. 8
Chapter 6 Loading project into device and debugging.........................................10
Chapter 7 Support................................................................................................12
Chapter 8 Revision history...................................................................................13
IEC60730 DSC Example v4.1, Rev. 0, 03/2021
User's Guide 2 / 14
NXP Semiconductors
Chapter 1
Introduction
The IEC60730 v4.1 package for DSCs contains example projects for MC56F81768 (MC56F81000-EVK board) and MC56F83789
(FRDM-MC56F83000 board). These projects are built using the CodeWarrior for MCU IDE v11.1. If your toolchain is not ready
yet, install it according to the instructions in the following chapter.
1.1 Installing the toolchain
Find the web pages for your development board (for example MC56F81000-EVK) and click the getting started user's guide
document in the "Documents" section (see Support). The "Get Software" section contains all the necessary steps to set up
the toolchain.
IEC60730 DSC Example v4.1, Rev. 0, 03/2021
User's Guide 3 / 14
NXP Semiconductors
Chapter 2
Hardware setup
With the safety_iec60730b example, the default hardware configuration uses an external PE-Micro Multilink debugger. For other
hardware configuration possibilities, see the web pages for the respective development board.
2.1 MC56F81000-EVK HW setup
Figure 1. MC56F81000-EVK development board configured for an external debug probe
• external Multilink for loading and debugging
• Micro USB -J26- for power supply and serial port communication (Silicon Labs CP210x USB to UART Bridge) !! DRIVER
INSTALATION FROM INTERNET MAY BE NEEDED !!
• default UART baud rate: 115200
Default connections for ADC test:
• GPIO pin A4 configured as ANA4 channel, connected to 4th pin of J4 connector. Use a wire to connect to VDD voltage,
for example 8th pin of J3 connector
• GPIO pin A5 configured as ANA5 channel, connected to 6th pin of J4 connector. Use a wire to connect to GND, for
example 12th pin of J3 connector
IEC60730 DSC Example v4.1, Rev. 0, 03/2021
User's Guide 4 / 14
NXP Semiconductors
2.2 FRDM-56F83000 hardware setup
Hardware setup
Figure 2. FRDM-MC56F83000 development board configured for an external debug probe
• External Multilink for loading and debugging
• Micro-USB J21 for the power supply
• Default UART baud rate of 115200
• Micro-USB J8 for the serial port communication
The default connections for the ADC test are as follows:
• The GPIO pin A4 is configured as the ANA4 channel, connected to the 4th pin of connector J4. Use a wire to connect the
VDD voltage, for example the 8th pin of connector J3.
• The GPIO pin A5 is configured as the ANA5 channel, connected to the 6th pin of connector J4. Use a wire to connect the
GND, for example the 12th pin of connector J3.
IEC60730 DSC Example v4.1, Rev. 0, 03/2021
User's Guide 5 / 14
Loading...